4 Wheeler Drive Train with MIDC Cycle and Regenerative System- PMSM Motor Dyno
4 Wheeler Drive Train with MIDC Cycle and Regenerative System- PMSM Motor Dyno - Image 2
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4 Wheeler Drive Train with MIDC Cycle and Regenerative System- PMSM Motor Dyno

SKU EV_007

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Description

Usage/Application Laboratory
Country of Origin Made in India
Motor Type Permanent Magnet Synchronous Motor (PMSM)
Rated Power 2 kW (customizable as per requirement)
Operating Voltage 48V - 96V (as per motor specification)
Cooling Method Air-cooled
Drivetrain Layout Complete 4-Wheeler Powertrain with motor, differential, shafts, and transmission (if applicable)
Regenerative Braking Dynamic regenerative braking with energy feedback to simulated battery
The 4-Wheeler Drivetrain with MIDC Cycle and Regenerative System (PMSM Motor Dyno) is an advanced training and research platform designed to provide hands-on exposure to electric vehicle (EV) powertrain technologies. It replicates a complete 4-wheeler drivetrain setup using a Permanent Magnet Synchronous Motor (PMSM) with regenerative braking capability, integrated with a Modified Indian Driving Cycle (MIDC) simulator.

This equipment allows students, researchers, and industry trainees to understand motor dynamics, regenerative energy feedback, performance mapping under MIDC profiles, and fault diagnostics. With real-time instrumentation, data logging, and safety features, it offers an industry-relevant training experience that bridges the gap between classroom learning and actual EV technology.

Key Features

  • Complete EV Powertrain Layout – Replicates a 4-wheeler drivetrain with PMSM, differential, shafts, and load system.
  • MIDC Driving Cycle Simulation – Enables speed/load variations based on Indian urban and highway driving conditions.
  • Regenerative Braking System – Demonstrates dynamic regeneration with energy feedback to a simulated battery.
  • Instrumentation & Monitoring – Equipped with torque, speed, voltage, current, and temperature sensors with real-time data logging.
  • Fault Simulation & Diagnostics – Enables sensor failure, overvoltage/undervoltage, and short-circuit conditions for troubleshooting practice.
  • Battery Simulation – Programmable DC supply emulating battery characteristics with protections.
  • Training-Oriented Design – Safe, modular, and interactive system with acrylic enclosures and emergency stop.

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